Application / Remote infrastructure
Wind Power for Remote Infrastructure
A remote power system has to serve the load when access is difficult and the wind is quiet. Start with the equipment that must keep running, then define the generation, backup and maintenance arrangement around it.
Applicazione
Small loads can need a substantial system.
A monitoring station may draw little power at any moment yet consume energy throughout every day. Its supply requirement is different from a pump that runs occasionally. A useful project brief separates continuous demand, short operating events and loads that may be postponed. That distinction helps determine what the wind subsystem must contribute and which functions belong to storage, backup or the existing supply.
Monitoring stations
Sensors, data loggers and communications equipment with a defined continuous electrical demand.
Communications sites
Radio and network equipment with documented supply requirements and an agreed continuity target.
Isolated facilities
Auxiliary lighting, controls and services whose operating schedules can be mapped separately.
Ingegneria
Design around the hours between visits.
Daily energy, instantaneous power and maintenance access answer different questions. Keep each visible in the equipment brief.
01 / Load definition
Build a load register, not a single wattage.
List each device with its supply voltage, measured or documented operating power, daily operating hours and criticality. Separate continuous equipment from heaters, radios, motors and other intermittent loads. A standby figure alone may miss the periods that determine the electrical requirement.
Add loads that run at the same time to identify coincident demand. Keep start-up events separate from daily energy use: a brief peak can affect the converter and supply arrangement without contributing much to the daily energy total.
Useful project input
A load schedule with continuous, intermittent and starting loads clearly separated.
02 / Supply continuity
Treat calm periods as a design condition.
Wind availability changes over time. Rated turbine power does not describe the power available in every hour, so a turbine rating cannot establish continuous supply. Compare the site wind evidence with the required operating schedule and identify which loads must remain supplied when generation is low.
Where a project uses batteries, solar or a generator, define the role of each source and the operating sequence. Third-party storage requires a compatibility assessment. The wind controller, converter and wider supply controls must be specified for the proposed arrangement.
A clear boundary
Define the required continuity period and who supplies the equipment that supports it.
03 / Installation and service
Make maintenance physically possible.
Map the route for delivery, lifting and routine service before fixing the turbine position. Tower access, foundation work, cable routing and the space needed for maintenance can affect the project as much as the choice of turbine.
Assign responsibility for inspections, replacement parts and fault response. Discuss the documentation and equipment access required by the local operator; remote communications and external controls should be confirmed for the selected configuration rather than assumed.
Plan beyond commissioning
Name the maintenance owner, access method and practical arrangements for service visits.
Fabbisogno dei carichi / Esempio di calcolo
Illustrative load calculation
Assume a constant 200 W electrical load operating for 24 hours.
0.2 kW × 24 h
4.8 kWh per day
This is load demand only, before system losses. It is not turbine output, a storage specification or an actual project result. Intermittent loads and start-up requirements must be added separately.
Where the approach makes sense.
Un punto di partenza più solido
A defined continuous load, usable wind at the proposed hub height, a practical continuity arrangement and an operator able to maintain the installation.
Chiarisci prima questi vincoli
A heavily obstructed site, an undefined requirement for uninterrupted supply, or equipment selected before the electrical interfaces and access constraints are understood.
Apparecchiature
Cinque modelli. Un perimetro di fornitura definito.
Le turbine MARSTON con orientamento elettrico della navicella coprono la gamma 5–50 kW, con pale in vetroresina e orientamento attivo del rotore. Controllori e convertitori vengono definiti in funzione del sistema elettrico proposto. I valori indicati sono le potenze nominali e i diametri del rotore; il contributo energetico dipende dalla risorsa eolica del sito e dalla configurazione scelta.
| Modello di turbina | Potenza nominale | Diametro del rotore |
|---|---|---|
| FD5-5KW | 5 kW | 5 m |
| FD7.5-10KW | 10 kW | 7.5 m |
| FD10-20KW | 20 kW | 10 m |
| FD12-30KW | 30 kW | 12 m |
| FD14-50KW | 50 kW | 14 m |
Dati di progetto
Prepara una descrizione tecnica utile del progetto.
Questi dettagli aiutano a definire la configurazione delle apparecchiature, le interfacce e le responsabilità del progetto.
Site and wind
Location, terrain, nearby obstructions and the source and height of available wind data.
Load schedule
Supply voltages, operating hours, simultaneous demand and equipment starting requirements.
Existing supply
Solar, generator, battery and converter specifications, plus the intended operating arrangement.
Access and ownership
Delivery route, tower location, service access and the party responsible for maintenance.
Domande da chiarire prima di definire le specifiche.
Does a small continuous load mean a small turbine will always be enough?
No. Load energy accumulates over time, while wind generation varies. Selection needs the demand schedule, site wind evidence and the wider supply arrangement.
Can the turbine supply equipment directly?
Do not assume a direct connection. Confirm the required voltage, electrical form, controller and conversion equipment for the load.
Is battery storage included?
MARSTON does not supply a proprietary storage product. Any third-party battery system and its interfaces need a project-specific assessment.
What can MARSTON supply?
Wind turbines, controllers and converters can be discussed as separate equipment scopes. Tower supplier coordination is available; installation and service responsibilities need agreement.
Scopri le opzioni di sistema.
Parliamo del tuo progetto
Define the load. Then define the system.
Send the site location, load schedule, available wind information and existing equipment details to start your remote infrastructure enquiry.